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The StrainMoiré project investigates the effects of uniaxial strain on magic-angle twisted bilayer graphene to understand its structural and electronic properties. By combining advanced microscopy and electrical transport measurements, the project aims to explore strain-induced symmetry breaking in moiré materials for…
The StrainMoiré project aims to advance moiré materials by experimentally studying magic-angle twisted bilayer graphene (MATBG) under controllable uniaxial strain.
Despite its ubiquity, the effects of strain in moiré heterostructures are largely unexplored.
Leveraging my expertise in the fabrication and the physics of moiré materials and the host group’s expertise on strain engineering, we aim to control strain and study its impact on the structural and electronic properties of MATBG.
In particu…
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